Generator Kapanadze: nidaamka iyo sharaxaad. Generator Kapanadze gacmihiisa

Waa maxay matoorka Kapanadze? Xaq ama Fiction waa maxay hindisa ahaa awoodaan si ay u abuuraan qaybta shidaalka-free in abuuraa tamarta? Dacwad ku saabsan arrintan ma joojin ilaa maantadan la joogo. Professor Tariel Kapanadze dhab awoodaan in ay tamar ka meel ku wareegsan u hesho. Waxaa la socda matoor habka Efirodinamicheskie sabab. Qalabka wuxuu ku salaysan yahay isticmaalka transformer Tesla ah. Dhibic danab ku dhacaa ay fuuli jiray.

Si xasilin inductor hadda waxaa laga codsadaa. gudbinta Signal waa la fuliyay iyada oo loo marayo cable a coaxial. Dhibaatada ugu weyn waa in la kordhiyo danab ku saabsan dugsiga sare ee loogu fuuli jiray. Waxaa maamula si ay u xaliyaan dhibaatadan iyadoo la isticmaalayo biiro toggle ah. batariga ee Bannaanka u dhaqmo sida dukaanka tamarta. Si aad wax badan oo ku saabsan qaabka wax u bartaan, waa inaad tixgelisaa wareeg ah oscillator caadiga ah.

qalab wadista

Scheme fuelless matoor Kapanadze ka mid ah transformer la danab hooseeyo loogu fuuli jiray. qaybta capacitor soo socda waa ku biiro. Waxaa loo baahan yahay beddelo inta jeer marinka of qalab ah. gariiradda of model ah loo isticmaali karaa dhexroor kala duwan. Inta badan qaabeynta siinayaa isticmaalka qadanayo. Bamka A culus ee waa wada rakibay la shidma cadaadis ah.

beddelid quraaradda

Iyada oo inducers awood samayn karaa Kapanadze quraaradda matoor leh gacmahoodu sameeyeen. qalab circuit waxaa ka mid ah capacitor a iyo ku biiro. The xawaaraha iskaanka celcelis ahaan kama badna 12 Hz. Haddii aan ka fiirsan model la aqbalana a caadiga ah, iska caabin ah marinka is beddelid doonaa 50 ohms. Si ay u sameeyaan bar billow ah inverter ah loo isticmaalo. Isbedbedelka circuit kiiskan ku xiran tahay qadanayo. Haddii aad ku lug is-shirka qalab, khubaro badan oo ku talinaynaa isticmaalka gariiradda a high-voltage. All of this xallin doonaa dhibaatada heerka gudbinta hooseeyo.

Waxaa kaloo muhiim ah si ay u siiyaan meel matoor hoostiisa shidma cadaadis ah. Waa in la loogu talagalay in 3.5 KPA. In embodiments qaar ka mid ah, iyadoo la isticmaalayo bambooyin culus. inta jeer iskaanka siman ee lagu daydo ee aan ka badnayn 30 Hz. Haddii danab wax soo saarka si deg deg ah lagu dhibciyo, ka dibna aad u baahan tahay si ay ugu bedesho gariiradda. Waxa kale oo laga dheehan karo la gariirka ee soo noqnoqoshada marinka dhibaatada ka. Xaaladdan oo kale, aqbalana si toos ah loo kormeero.

matoor oo macmal ah 10 W

Isticmaalka transformer a caadiga ah, waxaa suurtagal ah in la sameeyo matoorka Kapanadze. description Scheme qabanayaa raaga oo fiiriyey for gariiradda. Xaaladdan oo kale, haboon model ah in 10 markooda. inta jeer ee tixraaca kama badna 12 Hz. Inductors ku hagaagaan oo kaliya ka dib markii wareegto. Counters suuroggalaan talinayaa in ay isticmaalaan nooc farsamo.

aqbalana ayaa codsatay la conductivity hadda kala duwan. Xaaladdan oo kale, wax badan ku xiran tahay xuduudaha ka inductor ah. Sida caadiga ah, bambooyin ee qalabka sida aan la isticmaalo. Xallinta dhibaatada of noqnoqoshada hooseeyo waa suurto gal by yahay ee thyristor ah. Waxaa kaloo muhiim ah in la ogaado in shidma cadaadiska waxaa looga baahan yahay qalabka.

qalabka 15W

Scheme Kapanadze matoor 15 waxay ku lug leedahay isticmaalka of transformer W awood badan. Sidoo kale, model u baahan yahay mid ka mid electromagnet. Marka aad ururinayo qalab uusan Bixin la qadanayo. waxaa xiridda waa in ay u dhow transformer ah. In si loo yareeyo dhacdooyinka wareeggeedii gaaban loo isticmaalo blockers. Ka dib markii ay rakibaadda waa galaan biiro. Inta badan waxaa doortay ayaa waxaa la tilmaamay PP20.

Mitir for suuroggalaan of dareen yar yahay waxaa loo isticmaalaa. danab The saarka ku fuuli jiray waa in ay noqdaan 120 V. iska caabin The marinka kiiskan ku xiran tahay transformer xoogga. Marka inta jeer dhaawac aqbalana marinka si weyn hoos u dhigi doontaa. Waxaa kaloo muhiim ah in la ogaado in matoor waxaa laga yaabaa in dhibaato la inductor saboolka ah. Xaaladdan oo kale, waa in la loogu talagalay danab sare.

hannaankii circuit 20 W

Isticmaalka bangiga capacitor caadiga ah, qof kasta waa awoodaa inuu soo shirin matoor Kapanadze. Shaqaynta circuit qalab ka mid ah transformer iyo inductor ah. Ujeedada this, waxaa la doortay la conductivity wanaagsan. gariiradda ee model la rakibay soo socota si ay transformer ee. Khubarada qaar waxaa loo isticmaalaa in shirkii reer saarka inverter ah. First of dhan, waxay kaa caawin karaan si ay ula qabsadaan xasilinta soo noqnoqoshada.

Sidoo kale, inverters wax soo saarka caawiyo bangiyada capacitor dollar. Waayo, codsanaya danab a in gariiradda ma aan samayn karo aan cable a coaxial. suuroggalaan Counter ay dhacdo waxaa loo dhigay unit capacitor ah. dareen The ee shidma waxay ku xiran tahay ma aha oo kaliya on brand qalab, laakiin sidoo kale dejinta danab wax soo saarka. caabin The marinka at 20 W waa in aan ka badnayn 52 ohms. Ku xiridda Kapanadze dhammaataan meeleeyay weel galaas.

Generator la biiro buuga

Iyadoo ku biiro buuga dhif ku daray matoor Kapanadze. description wareeg waa in la isticmaalo inductors low-xoog. In meesha ugu horeysa si ay u dhisaan model waa boosteejo ah oo transformer ah. Next, waxaad u baahan tahay in ay isticmaalaan gariiradda ah. Inta badan waxaa la doortay 10 markooda. caabin marinka loo baahan yahay in ay u adkeysan oo ah 30-ohms.

Dheeraad ah, si ay u sameeyaan matoorka Kapanadze gacmahooda, Jaha shidma cadaadis. baare ayaa kiiskan u baahan doontaa a tabinta yar hadda. unit capacitor waxaa dhajinta on matoorka Kapanadze for inductor ah. electromagnet waxaa loo adeegsadaa oo aan qadanayo. Waxaa kaloo muhiim ah in la ogaado in khubarada talin hor jeestay matoor si loo hubiyo tabinta transformer ah.

Dib u habaynta ku biiro elektarooniga

matoor Scheme fuelless dhaqaaqayo elektaroonik ah waxaa ka mid ah a transformer tallaabo-down. Blocks ee condensers waxaa loo isticmaalaa la inductors. transformer ee xaaladda this waa in lagu dhejiyaa on boosteejo ah. Dheeraad ah, si ay u sameeyaan matoorka Kapanadze gacmihiisa, xulay shidma cadaadis wanaagsan. Sida caadiga ah, waxaa lagu wadaa at 3.5 KPA.

inta jeer ee tixraaca ku jira xaalad this waa in aan ka badnayn 12 Hz. in gariiradda matoor waa in la Jaha soo socda in ay transformer ee. Si aad u xirmaan inductor gariiradda waxaa loo isticmaalaa. wax soo saarka ee inverter khuseysaa ah tabinta hadda hooseeyo. inta jeer darbo toosan at 20 W kama badna 35 Hz. sampling counters inta badan isticmaalaa dareenka hooseeyo.

Sida loo sameeyo qalab la expander ah?

Kapanadze matoor si expander la sameeyo oo ku saleysan electromagnet awood leh. Sidoo kale waxay u baahan yihiin si ay u dhisaan block a of capacitors. Sida laga soo xigtay khubaro, waxaa sii roon tahay in ay isticmaalaan tabinta inductor yar. Dhibaatooyinka ugu waaweyn ee matoorrada waa hoos u dhac af ee soo noqnoqoshada.

Tani waxay dhici kartaa sababo badan. Arrintan ayaa aasaasi ahaan loo aaneeyey inay u soo xulidda qaldan ee gariiradda. danab Output ku dul waxaa looga baahan yahay in ay noqon aan ka badnayn 120 V. Waxaa kaloo muhiim ah in la ogaado in aqbalana la hubiyaa in inta jeer ee xad-gudub. caabin The marinka wareegi waxaa loo arkaa wax caadi ah at 35 ohms.

wax soo saarka kor u kacay

Si loo hagaajiyo tayada shaqo matoor khubaro ku talinaynaa isticmaalka inverters la gudbiyeyaasha. Waxay waxaa loo iibiyey in la conductivity kala duwan, laakiin beegyada uu u kala duwan yihiin. In suuqa, sida caadiga ah, waa lagu daydo K200 la sixitaanka. Muuqaalka kala iyaga ka mid ah waxaa loo arkaa nolol dheer. Waxaa kaloo muhiim ah in la ogaado in lagu daydo ma ka baqaysaa qoyaan. Ka hor inta ku rakibidda inverter la Converter, hubi caabiga ka shaqeeya Bannaanka. Haddii ay tahay in ka yar 40 ohms, ka dibna aad u baahan tahay si ay u dejiyaan xilliyada gefo counter ah.

Sidoo kale, ka hor inta uusan si qamaar inverter ah si loo hubiyo tayada shaqo ee ku biiray Converter ah. Haddii uu waxyeeloobo load ku on unug condenser yahay si caddaalad ah oo xoog leh. Ku rakib inverter la Converter waa in la damacsan agagaarka transformer ah. cable Coaxial in ay ku xidhmaan baxsado ugu fiican.

Isticmaalka Power Inductors

matoor Fuelless Kapanadze ciidan maraya gariiradda inductor 12 markooda ka. Ugu horrayn si toos ah rakibay transformer. block soo socda la doorto capacitors. Conductivity hadda waa in aan ka badnayn 4 microns. counter sampling kiiskan aan la isticmaali Karin. impedance saarka guud waa in gobolka of 35 ohms. Haddii tiradaasi ka sareeyo, ka dibna inductor ma qabsan karaan hawlaha ay. Sidoo kale, sababta in inverter jiifsan laga yaabaa. Xaaladdan oo kale, waxaad u baahan tahay in ay isticmaalaan qufulka a si ay u ilaaliyaan Duugga ah loogu fuuli jiray.

Isticmaalka inductors garaaca wadnaha

Kapanadze matoor leh inductor garaaca wadnaha ayaa waxqabadka sare. model Is-shirin waa ay adag tahay. Dhibaatadu waxay marka hore been helo transformer saxda ah. Xaaladdan oo ku haboon oo keliya yaraynta beddelka. Conductivity ku xidhan ugu yaraan 4 m. Waxaa kaloo muhiim ah in la ogaado in markii shirka matoor aan la siiyey la gariiradda danab sare. Si kastaba ha ahaatee, capacitors xannibi hab caadi ah.

Marka aad ururinayo waxaa muhiim ah in la sameeyo madal transformer ah. Si looga fogaado overdriving unit isticmaalo pads caag yar. gariiradda ay dhacdo waxaa loo dhigay inverter ah. Si loo socdo cadaadiska dareemayaal waxaa loo isticmaalaa. electromagnet ee kiiska waxaa loo dhigay meel u dhow inductor ah. Si aad u xirmaan matoor isticmaali cable a coaxial.

matoor inductor The hawl-

Scheme Kapanadze oscillator la inductors hawl ka mid ah transformer iyo gariiradda on 8 markooda. Si toos ah ku lifaaqan iyada oo capacitors unit inductor ah. Si arrintan loo sameeyo, dad badan isticmaali cable coaxial. beegyada uu impedance wareeg waa in aanay noqon in ka yar 40 ohms. Si ay ula socdaan inta jeer marinka dareemayaal waxaa loo isticmaalaa. wax soo saarka ee inverter waa in la wada rakibay la expander ah. aqbalana wuxuu isticmaalaa dareenka hoose. Beddelka in bambooyin waa dhif iyo naadir.

Duwashada laba gudbiyeyaasha

Kapanadze matoor leh laba gudbiyeyaasha saarta celcelis ahaan 230 nidaamyada V. Inductor ku haboon nooca awood. unit capacitor waxaa loo isticmaalaa la expander ah. Ka hor inta ku rakibidda waxaa muhiim ah in la sameeyo transformer ah. Rose Compass waxaa loo isticmaalaa in 8 ama 10 markooda. Blocks ee condensers lifaaqan matoorka via cable a coaxial. Xaaladdan oo kale, soo noqnoqoshada tixraaca waa inuu ugu yaraan 13 Hz.

wax soo saarka ee inverter ah loo dhigay transformer ah. kaadida oo soo badata waxaa sabab u ah capacitors unugga. Waxaa kaloo muhiim ah in la ogaado in haddii ay taasi, inta badan waxay ku xiran tahay xawaaraha ee awoodda loogu fuuli jiray. Celcelis ahaan, ayaa sheegay in dhimaya been kala duwan 5 microns. Inay u boodboodaan muddo counters codsan. caabin A marinka ee matoorka ku yidhi waa ugu badnaan 35 ohms.

Model la unit resistor a

Kapanadze matoor tamarta free la unit resistor awood u hawlgala oo kaliya on transformer tallaabo-hoos ah. feature A ee qalabka loo yeedhi karaa xasiloonida inta jeer. Sida caadiga ah, gariiradda waxaa laga codsadaa in danab sare loogu fuuli jiray. daydo Inductor isticmaalo nooca garaaca wadnaha. transformer waa muhiim si loo soo dajiyo xuubka ilaaliya.

counter waxaa loo isticmaalaa inta jeer raadraaca. unit Resistor ku xiran matoorka oo kaliya ka dib markii ambadeen ah. Xaaladdan oo kale, waxaad u baahan tahay ceejinta wanaagsan. khubarada ayaa sidoo kale ku talinaynaa isticmaalka probes sampling. Aqbalana dhigay la electromagnet ah.

Qalabka la Sammeecado

Scheme Kapanadze Sammeecado oscillator ka mid ah transformer tallaabo-hoos ah. Switches for moodooyinka soo xulay labada nooc farsamo oo elektaroonik ah. unit capacitor la geliyo oo kaliya ka dib markii transformer ah. Expanders daydo waa dhif. Sida laga soo xigtay khubaro, waa inducers muhiim podirat nooca awood. gariiradda kiiskan waa la dhajinta on dahaarka.

Ayaa sheegay in danab inta jeer tixraac kama badna 10 Hz. inverter saarka waxaa loo isticmaalaa leh conductivity hadda hooseeyo. Si toos ah hoos danab ku xidhan tahay dareen shidma. inta jeer darbo toosan ee ay hindiseen kama badna 30 Hz. electromagnet waxaa si gaar ah u doortay la qadanayo. dareemayaal cadaadis waa in loogu tala galay ugu yaraan 3 KPA.